237894
View detailed technical data, stock status, and sourcing information for: 237894
DODParts.com distributes related products varnishes dopes paints, aircraft parts and consumables, electrical parts, fittings and other components for the aerospace and defense industries. Submit the short price quote form for part 237894 to receive an up to date pricing and availability quote by email.
An internally threaded item with a cylindrical and/or square, hexagonal, octagonal, or dodecagonal outer periphery (parallel to the threaded axis) a portion(s) of which may or may not be enlarged, forming a flange(s) and/or shoulder(s). Items not having an enlarged outer portion may be threaded, a part of the full length, or tapped from both ends. Items having an enlarged outer portion (flange(s) or shoulder(s)) may be threaded the full length, threaded a part of the full length, or tapped from both ends. Items tapped from both ends shall have either right-hand threads on both ends or left-hand threads on both ends. For items conforming to any of the above and having a length overall exceeding two times the largest outside diameter or width across flats, use post, electrical-mechanical equipment. For items with an outside contour that is the same the full length, having a continuous thread through its entire length, and the length does not exceed two times the diameter or width across the flats use nut (1), plain (as modified). Excludes:nut (1), plain, cap. See also turnbuckle body.
machined retainer fabrication method, 1.7717 inches nominal bore diameter, 0.7450 inches nominal overall width, 85.0000 millimeters nominal overall outside diameter, ground surface finish
Product Characteristics
Below you’ll find the complete technical specifications and performance data for this part, including material details and compliance information.
- Overall Width
- 0.7450 inches nominal
- Bore Diameter
- 1.7717 inches nominal
- Overall Outside Diameter
- 85.0000 millimeters nominal
- Surface Finish
- ground
- Retainer Fabrication Method
- machined
- Load Direction
- radial
- Bore Shape
- straight
- Internal Clearance
- 0.0008 inches minimum radial and 0.0012 inches maximum radial
- Standard Tolerance Designation
- abec no.5
- Material
- copper alloy retainer
- Material
- steel comp e51100 ball
- Material
- steel comp e52100 inner ring
- Material
- steel comp e52100 outer ring
- Material Document And Classification
- 66 fed std single material response ball
- Material Document And Classification
- ams 4616 assn std single material response retainer
- Material Document And Classification
- ams 6440 assn std single material response inner ring
- Material Document And Classification
- ams 6440 assn std single material response outer ring
- Style Designator
- non-loading groove, non-separable
Related Parts
This NSN group includes multiple components designed to meet specific performance and operational standards. Each listing provides detailed specs, functionality data, and replacement compatibility information:
| Part Number | Name |
|---|---|
| 237894 | Annular Ball Bearing |
FAQs
Find helpful answers about installation, operation, maintenance, compliance, and troubleshooting.
What is the FSCG of the NSN 3110-00-858-2513?
Does the NSN 3110-00-858-2513 have a Schedule B code assigned?
Does NSN 3110-00-858-2513 require demilitarization?
Does NSN 3110-00-858-2513 contain precious materials?
Does NSN 3110-00-858-2513 contain hazardous materials?
When the NSN 3110-00-858-2513 was assigned to the Federal Catalog?
Professional Distribution
Certified to meet the strict requirements of defense, aerospace, and hazardous materials distribution.
- ITAR Registered
- DDTC Registered
- HAZMAT Certified
- AS9120 Quality Standards
- 100% Quality Inspections
You May Also Like
Browse other in-demand NSN parts sourced by professionals in defense, aerospace, and manufacturing sectors. Each component meets strict standards for quality and performance.
Pricing
Submit your request below and our team will respond quickly with up-to-date pricing, delivery estimates, and stock information: